RT brochure
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Rotary Index Tables Typ RT

Going full-pitch Passion for Automation … this motto sums up our company philosophy and our overall approach toward business. Our broad product range forms the basis for our highly individual and customized solutions. That basis also includes the full range of drives available to the market: Barrel cams, Flat cams cams, globoidal cams and servo technology

The rotary index table – design and mode of operation The rotary table converts a uniform input motion into an intermittent output motion. The intermittent output motion is transmitted through our induction-hardened, precision-machined barrel cam. Mathema tical laws of motion are applied to create a soft, smooth, zero-impact movement which is ideally tailored to the operation for any given case. Our design and construction results in a positive fit and zerobacklash positioning of the output flange (Tool mounting surface). No further locking device is required on the output flange....

For mounted accessories up to Ø 800mm. For rapid assembly of small parts, inspection of parts, or for feeding parts into relatively large installations. For use in microelectronics, the food industry and medical technology.

Main dimensions Output flange 0 [mm] 120 Overall height (output flange screw-on surface) [mm] 112 Recommended max. size of rotating plate 0 [mm] 800 Index table weight [kg] 16 Other numbers on request Standard drives Motor Gear unit Motor size Voltage [V] Power [kW] Load on output flange Precision Index precision * In radian measure on cam follower 0 [mm] ±0,018 Axial runout on cam follower 0 [mm] 0,01 Load on output flange Axial force Fa [kN] 6 Reinforced version Tilting moment Mk [kNm] 1,5 Load on central column Axial force Fa [kN] 5 Load on central column Direction clockwise,...

Number of stops / 360° Step time in seconds revolution of output flange J = Mass moment of inertia (base plate + fixtures and parts) in Kgm2 n=16, the output flange steps 2 times per cam revolution. n=36, the output flange steps 3 times per cam revolution.

* Dimensions depend on the used drive The dimensions shown here are the standard dimensions. The output flange, central column, housing and input shafts can be machined to your specifications. The central column can also be designed as a flange. Should you wish to drill additional holes, please consult us with regard to acceptable drilling depth. Caution! Do not drill right through. A = Length of input shaft Please note that the opening for mounting the B = Length of shaft to collar drive varies depending on the size of the drive. C = Diameter of input shaft D = Height of central column to...

Small design envelope, big performance. For mounted accessories up to Ø 1300 mm. Applications in assembly facilities for medium-sized parts: welding, riveting, assembling, printing/labeling. For use in assembly technology, microelectronics, the food industry and medical technology.

Main dimensions Output flange 0 [mm] 185 Overall height (output flange screw-on surface) [mm] 140 Recommended max. size of rotating plate 0 [mm] 1300 Index table weight [kg] 31 Other numbers on request Standard drives Motor Gear unit Motor size Voltage [V] Power [kW] Load on output flange Precision Index precision * In radian measure on cam follower 0 [mm] ±0,018 Axial runout on cam follower 0 [mm] 0,01 Load on output flange Axial force Fa [kN] 15 Reinforced version Tilting moment Mk [kNm] 5 Load on central column Axial force Fa [kN] 7,5 Load on central column Direction clockwise,...

Number of stops / 360° Step time in seconds revolution of output flange J = Mass moment of inertia (base plate + fixtures and parts) in Kgm2 n=16, the output flange steps 2 times per cam revolution. n=36, the output flange steps 3 times per cam revolution.

* Dimensions depend on the used drive The dimensions shown here are the standard dimensions. The output flange, central column, housing and input shafts can be machined to your specifications. The central column can also be designed as a flange. Should you wish to drill additional holes, please consult us with regard to acceptable drilling depth. Caution! Do not drill right through. A = Length of input shaft Please note that the opening for mounting the B = Length of shaft to collar drive varies depending on the size of the drive. C = Diameter of input shaft D = Height of central column to...

– High-end mid-range Small design envelope, big performance. For mounted accessories up to Ø 1800 mm. Applications in assembly facilities for medium-sized parts: welding, riveting, assembling, printing/labeling. For use in assembly engineering, microelectronics, the food industry and medical technology.

Main dimensions Output flange 0 [mm] 240 Overall height (output flange screw-on surface) [mm] 160 Recommended max. size of rotating plate 0 [mm] 1800 Index table weight [kg] 63 Other numbers on request Standard drives Motor Gear unit Motor size Voltage [V] Power [kW] Load on output flange Precision Index precision * In radian measure on cam follower 0 [mm] ±0,018 Axial runout on cam follower 0 [mm] 0,01 Load on output flange Axial force Fa [kN] 21 Reinforced version Tilting moment Mk [kNm] 7 Load on central column Axial force Fa [kN] 12,5 Load on central column Direction clockwise,...

Number of stops / 360° Step time in seconds revolution of output flange J = Mass moment of inertia (base plate + fixtures and parts) in Kgm2 n=16, the output flange steps 2 times per cam revolution. n=36, the output flange steps 3 times per cam revolution.

* Dimensions depend on the used drive The dimensions shown here are the standard dimensions. The output flange, central column, housing and input shafts can be machined to your specifications. The central column can also be designed as a flange. Should you wish to drill additional holes, please consult us with regard to acceptable drilling depth. Caution! Do not drill right through. A = Length of input shaft Please note that the opening for mounting the B = Length of shaft to collar drive varies depending on the size of the drive. C = Diameter of input shaft D = Height of central column to...